Design and Simulation of Small Space Parallel Parking Fuzzy Controller

Qiulin Sheng (Hubei University of Technology)
Jie Min (Hubei University of Technology)
Xing Zhang (Hubei University of Technology)
Zhengwen Zhang (Hubei University of Technology)
Yi Li (Hubei University of Technology)
Guangya Liu (Hubei University of Technology)

TELKOMNIKA (Telecommunication Computing Electronics and Control)
Vol 13, No 2: June 2015

Based on the nonlinearity and time-variation of automatic parking path tracking control system, we use fuzzy control theories and methods to explore the control rules to improve fuzzy controllers and design an automobile steering controller. Then we build the simulation experiment platform of an automobile in Simulink to simulate the reversing settings of parallel parking. This paper adopts the Mamdani control rules; the membership function is the Gauss function. This paper verifies the fuzzy controller's kinematic model and the advantages of fuzzy control rules. Simulation results show that the design of the controller allows the automobile to stop into the parking space smaller than the space obtained by planning path, and automatic parking becomes possible in the parking plot. The control system is characterized by small tracking error, fast response and high reliability.